Beschreibung
Docker and Kubernetes
Advantages for developers using Docker and Kubernetes:- Consistent development environments: Docker ensures reproducible environments, enabling consistent development across different platforms.
- Rapid application deployment: Docker and Kubernetes facilitate faster building, testing, and deployment of applications.
- Scalability and resource utilization: Kubernetes enables horizontal scaling and optimal resource allocation based on demand.
- Fault tolerance and high availability: Kubernetes ensures self-healing, auto-recovery, and load balancing for application reliability.
- Simplified infrastructure management: Kubernetes abstracts away infrastructure complexities, allowing developers to focus on coding.
- Microservices support: Docker and Kubernetes provide tools for building and managing microservices architectures.
Kommende Starttermine
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Inhalte / Module
- Introduction to Docker and Kubernetes
- Containerization overview
- Benefits of containerization
- Use cases for Docker and Kubernetes
- Docker Fundamentals
- Installing Docker
- Docker architecture and components
- Docker Engine
- Docker Images
- Docker Containers
- Docker Registries
- Working with Docker containers
- Running containers
- Inspecting containers
- Managing container lifecycle
- Building Docker images
- Dockerfile basics
- Building custom images
- Docker networking
- Docker storage and volumes
- Docker Compose
- Introduction to Docker Compose
- Writing a Docker Compose file
- Defining multi-container applications
- Managing containers and networks with Docker Compose
- Kubernetes Fundamentals
- Introduction to Kubernetes
- Kubernetes architecture and components
- Kubernetes Master
- Kubernetes Nodes
- Kubernetes Pods
- Kubernetes Services
- Kubernetes Deployments
- Deploying applications on Kubernetes
- Creating deployments
- Scaling deployments
- Updating deployments
- Kubernetes networking
- Service types
- Ingress controllers
- Kubernetes Management and Monitoring
- Managing application configuration with ConfigMaps
- Securing sensitive data with Secrets
- Autoscaling applications in Kubernetes
- Monitoring and logging in Kubernetes
- Advanced Kubernetes Topics
- Stateful applications in Kubernetes
- Deploying stateful sets
- Working with persistent volumes
- Deploying applications with Helm
- Kubernetes security best practices
- CI/CD with Kubernetes
- Deploying applications with GitOps
- Stateful applications in Kubernetes
- Advanced Docker Topics
- Docker swarm mode for orchestration
- Docker networking options
- Docker security best practices
Zielgruppe / Voraussetzungen
- Software Developers and Engineers: Those responsible for building applications, including web developers, application developers, and DevOps engineers.
- System Administrators and IT Professionals: Individuals involved in managing infrastructure, deploying and maintaining applications, and ensuring system reliability.
- Operations and DevOps Teams: Teams responsible for deployment, automation, and collaboration between development and operations.
- IT Managers and Decision-Makers: Managers and leaders who make technology decisions and oversee the implementation of containerization and orchestration strategies.
- Cloud Professionals: Those working with cloud platforms, such as AWS, Azure, Google Cloud, or other cloud service providers, to leverage containerization and orchestration capabilities.
- Technical Leads and Architects: Individuals responsible for designing and architecting applications, infrastructure, and implementing best practices using Docker and Kubernetes.
Hinweis: Dieser Kurs richtet sich an Mitarbeitende aus Unternehmen und Institutionen.
Für Privatpersonen ist dieser Kurs leider nicht geeignet.
Eine Informationsanfrage zu diesem Kurs ist nur für Beteiligte aus dem B2B-Bereich sinnvoll.
Abschlussqualifikation / Zertifikat
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GFU Cyrus AG
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